Toshifumi Minamoto

This paper introduces an eDNA-based method to detect hybrid individuals, validated through controlled experiments, offering a scalable tool for conservation management.

This study evaluates an eDNA-based environmental education program for high school students, finding it increases biodiversity knowledge and conservation interest.

This study improves eDNA assay sensitivity by using retrotransposon sequences instead of traditional markers, achieving higher detection rates and reduced false negatives in Anguilla eel surveys.

This study demonstrates that eDNA analysis can accurately detect haplotypes in wild fish populations, comparable to traditional capture-based methods.

This study evaluates methods to reduce false positive haplotypes in eDNA sequencing data by combining denoising and low detection rate filtering.